RadarWorld Weekly Newsletter 2025-04-28

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Upstream Semiconductor Radar Companies

Calterah Highlights mmWave Radar Innovation and Global Ambition at 2025 Calterah Day Event

Calterah Highlights mmWave Radar Innovation and Global Ambition at 2025 Calterah Day

Key Highlights:

– Event Overview:

– Date & Time: June 6, 2025, 9:30 AM – 4:00 PM

– Location: Zhangjiang Science Hall, Pudong New District, Shanghai

– Themes: Focused on “Sensor Integration and Intelligent Connectivity” for automotive radar advancements.

  • Technical Sessions:
  • Morning: Product and technology launches related to mmWave radar chips, streamed live.

  • Afternoon: Semiconductor Technology Development Forum exploring radar innovations for the automotive sector.

  • Global Ambition: Calterah targets the global millimeter wave radar market, emphasizing automotive solutions and semiconductor breakthroughs.

  • Notable Achievements: Highlighted milestones include achieving TMMi Level 4 certification and progressing toward leadership in mmWave radar innovation.

This event signals continued investment in radar chip advancements aligned with global automotive demands.

source: [1]

company website: https://www.calterah.com/

Calterah’s Intellectual Property Strategy: Driving mmWave Radar Innovation Across ADAS and In-Cabin Sensing

Calterah’s Intellectual Property Strategy: Driving mmWave Radar Innovation Across ADAS and In-Cabin Sensing

Key Highlights:

– Global Patent Footprint: Over 600 patent applications filed across China, Europe, the United States, Japan, and South Korea.

– Structured Innovation: Calterah employs a systematic process from ideation to patent protection, integrating collaboration between R&D and legal teams.

– Strategic Radar Focus: Concentrated efforts on critical radar domains, including Advanced Driver-Assistance Systems (ADAS) and in-cabin sensing for life-saving applications.

– CMOS-Based mmWave SoCs: Development of millimeter-wave radar System-on-Chips (SoCs) to enable ultra-precise sensing for ADAS and smarter, safer mobility solutions.

Insights:

Calterah’s intellectual property strategy showcases a commitment to advancing mmWave radar technology, enhancing automotive safety systems, and fostering innovation in connected mobility.

source: [1]

company website: https://www.calterah.com/

MISIC Microelectronics to Showcase Advanced Millimeter-Wave Radar Chips at 2025 Chengdu National Defense Technology Industry Expo

MISIC Microelectronics to Showcase Millimeter-Wave Radar Chips at 2025 Chengdu Expo

Key Highlights:

  • Event: MISIC Microelectronics will participate in the 2025 Chengdu National Defense Technology Industry Expo, from April 24–26, 2025, at Booth 057 in Hall 4.
  • Company Focus: Specializes in microwave/millimeter-wave chip R&D, with products spanning radar chips, WiFi chips, satellite communication chips, and mobile communication chips.
  • Products Shown: Includes beamforming transceiver chips, millimeter-wave up/down converter chips, high-performance radar chips, and Ka/Ku-band satellite transceiver chips—featuring low noise figures and efficient power consumption for defense applications.
  • R&D: All products hold independent intellectual property rights and meet international advanced standards.
  • Expo Features: The platform emphasizes collaboration, displays innovations across eight specialized zones, and highlights trends in the defense tech industry.

source: [1]

company website: https://www.misic.com.cn/

Arbe Highlights Transition from Basic ADAS to Perception Radar at Auto Shanghai 2025

Arbe Highlights Transition from Basic ADAS to Perception Radar at Auto Shanghai 2025

Key Highlights:

  • Presentation Details:
  • Speaker: Yan Hongyu, Engineering Manager at Arbe
  • Topic: “The Revolution from Basic ADAS Radar to Perception Radar”
  • Date & Time: April 25, 2025, 9:10–9:30 AM

  • Focus: Innovations in perception radar technology, aimed at enhancing vehicle intelligence and safety beyond basic ADAS functionality.

  • Technological Milestone:

  • Shift from traditional basic ADAS radar used for simple driver assistance to advanced perception radar, enabling richer environmental awareness for automotive autonomy and safety.

  • Event Engagement:

  • Booth Location: Hall 1.2, Booth 1BG042

  • Opportunity: Meet Arbe’s SVP of Business Development, Roman Levi, and explore cutting-edge radar technology firsthand.

  • Invitation to Participate:

  • Attendees can register and access details using event-specific links and QR codes provided.
  • Relevant information and contact personnel available for inquiries.

Insights:

Arbe’s presentation underscores its focus on redefining radar capabilities to elevate vehicle safety and autonomy standards.

source: [1], [2]

company website: https://arberobotics.com/

Arbe’s Strategic Expansion in China Highlighted at Auto Shanghai

Arbe’s Strategic Expansion in China Highlighted at Auto Shanghai

Key Highlights:

  • Milestone Achievement: Arbe emphasized its expanding presence in China through participation in Auto Shanghai, held on April 25–26, 2025, at Booth 1BG042, Hall 1.2.

  • Radar Chipset Role: Arbe’s radar chipset supports next-generation Advanced Driver Assistance Systems (ADAS), enhancing automotive safety and sensor performance.

  • HiRain Technologies Partnership: HiRain Technologies unveiled the LRR615 long-range imaging radar system based on Arbe’s chipsets. Key features include:

  • High-Density Waveguide Antenna: Improves image clarity, detection sensitivity, and signal integrity.
  • Long-Range Detection: Maintains high resolution and reduces false alarms, even in complex conditions.

  • Market Design: Tailored for China’s autonomous driving demands, with performance stated at 10x over existing radar.

  • Production and Market Impact: The LRR615 system is undergoing scaling for high-volume production, targeting tens of thousands of units annually, aimed at supporting autonomous driving levels L2+ to L3.

  • Event Demonstration: Arbe showcased its 4D imaging radar technology alongside LRR615’s capabilities, marking a noteworthy step in its efforts to grow influence in the Chinese automotive market.

source: [1], [2]

company website: https://arberobotics.com/

HiRain Launches China’s First Imaging Radar System LRR615 Powered by Arbe’s Chipset

HiRain Launches the LRR615 Long-Range Imaging Radar System

Key Highlights:

  • Technological Milestone: The LRR615 is China’s first radar system featuring a high-density waveguide antenna, delivering ultra-high resolution and long-range detection while maintaining reliability under adverse conditions.
  • Performance Benchmarks: Compared to current radar systems, the LRR615 achieves a detection capability approximately 10x greater, while minimizing false alarms, making it an innovative alternative to LiDAR.
  • Autonomy Advancement: Tailored for L2+ and L3 autonomous driving, it integrates seamlessly with HiRain’s platform, combining cameras and radar to achieve comprehensive driving capabilities.
  • Production Scale: HiRain plans to ramp production to deliver tens of thousands of units annually, meeting the growing demands of the Chinese autonomous driving market.

Exhibition Details:

– Featured at Auto Shanghai, April 25–26, 2025, booth 1BG042 in Hall 1.2, alongside demonstrations of Arbe’s 4D Imaging Radar technology.

source: [1], [2], [3], [4]

company website: https://arberobotics.com/

Greater China Mid-downstream radar companies

Haomibo’s 4D Imaging Millimeter-Wave Radar Integrated into Chery iCAR Models at Shanghai Auto Show

Haomibo’s 4D Imaging Millimeter-Wave Radar Integrated into Chery iCAR Models at Shanghai Auto Show

Key Highlights:

– Radar Integration: Chery’s iCAR V23 models showcased five 4D imaging millimeter-wave radars from Suzhou Haomibo, combined with a forward-facing camera in a 5R1C (five radars, one camera) configuration.

– Technical Breakthrough: 4D imaging capability surpasses traditional 2D radar limitations by providing height, speed, distance, and angle perception. Point cloud density was increased by 10x, enhancing situational analysis in complex traffic environments.

– National R&D Contribution: Part of China’s 14th Five-Year Plan initiative, Haomibo is driving 4D radar localization across the supply chain, with applications extending to low-altitude vehicles and intelligent transportation systems.

– Strategic Collaboration: Chery leverages Haomibo’s radar technology combined with its automotive expertise, aiming to deliver safer and advanced intelligent driving systems for consumers while boosting domestic innovation leadership.

source: [1]

company website: nan

Baolong Automotive Partners with Joynext to Advance Radar Technologies for ADAS and L2-L4 Applications

Baolong Automotive Partners with Joynext to Advance Radar Technologies for ADAS and L2-L4 Applications

Key Highlights:

– Strategic Collaboration: Baolong Automotive and Joynext signed a strategic cooperation agreement at the Shanghai Auto Show on April 24, 2025.

– Advanced Radar Focus: Baolong Automotive’s expertise includes independently developed 77GHz millimeter-wave radar, high-definition cameras, and ultrasonic radar, primarily for ADAS applications.

– L2 to L4 Development: The partnership targets integration of radar technology for L2-L4 autonomous driving and smart cockpit functionalities to accelerate adoption by OEMs.

– Market Integration: Baolong has a strong presence in ADAS sensor supply, serving OEMs such as BYD, Chery, SAIC, and Dongfeng Nissan, while Joynext’s ADAS products are utilized in over 20 million vehicles globally.

– Expanded Applications: Collaboration extends beyond vehicles to vehicle-road-cloud systems, low-altitude economy technologies, and robotics.

Insights:

This partnership signifies a focused effort to advance radar sensor technologies for intelligent driving systems, with an emphasis on scalability and cross-domain applications.

source: [1]

company website: https://www.baolong.biz/

DEFTECH Collaborates with Shanghai Ruijin Hospital: Utilizing Millimeter-Wave Radar for Elderly Fall Prevention

DEFTECH Collaborates with Shanghai Ruijin Hospital: Utilizing Millimeter-Wave Radar for Elderly Fall Prevention

Key Highlights:

– Technology Application: DEFTECH’s monitoring system integrates millimeter-wave radar technology with AI algorithms to detect falls and prolonged inactivity.

– Deployment Strategy: Devices are installed above hospital beds, in bathrooms, and every 4 meters in hallways, creating a comprehensive safety network.

– Real-Time Alerts: Alerts are sent to nurse stations and flagged via a cloud platform for rapid response. Incident areas are automatically highlighted for faster intervention.

– Non-Invasive Design: The system omits cameras and wearable devices, ensuring privacy and psychological comfort in monitoring.

Insights:

This partnership exemplifies radar technology’s role in addressing healthcare challenges, providing elderly patients with dignity-preserving safety solutions in medical environments.

source: [1]

company website: https://www.dowtii.com.cn/

Freetech Unveils ODIN3.0 Platform Upgrade with Radar-Compatible Solutions at 2025 Shanghai Auto Show

Freetech Unveils ODIN3.0 Platform Upgrade with Radar-Focused Innovations

Key Highlights:

  • Enhanced Radar Solutions: Freetech showcased self-developed front and corner radar modules leveraging proprietary waveguide technology. These radars feature high signal-to-noise ratios, wide beamwidth, and advanced algorithms for multidimensional interference reduction, improving performance in cluttered environments.

  • Radar Integration: The upgraded ADC25-J “智享全民版” domain controller seamlessly combines radar and high-resolution camera data for L2.9 driving support, efficiently operating on medium-compute platforms. It enables complex urban scenarios like red-light recognition, adaptive lane switching, and parking navigation.

  • 4D Imaging Technology: ODIN3.0 introduces high-density point cloud radar with pedestrian detection capabilities exceeding 200m and angular resolution reaching 0.1°. AI-powered radar echo signal reconstruction further enhances spatial awareness, particularly in poor weather conditions.

  • Satellite Radar Architecture: Freetech introduced a 360° sensing architecture driven by AI, integrating radar and vision for centralized signal processing. Unique “intelligent pupil” technology allows mode switching between standard, parking, and object prioritization, optimizing radar versatility.

  • FUZE Middleware Framework: Freetech’s proprietary middleware provides a unified interface and standardized configuration for radar and ADAS system development. This reduces integration complexity and accommodates diverse supplier ecosystems, offering scalability for distributed hardware platforms.

Freetech’s radar advancements signal a focused pursuit of accessibility and high-performance sensing solutions across broader market segments.

source: [1]

company website: https://www.autofreetech.com/

Hurys’ DBF Radar Solutions in Civil Aviation: Advanced Safety for Airports and Runways

Hurys’ DBF Radar Solutions in Civil Aviation

Key Highlights:

  • DBF Continuous-Wave Phased Array Radar:
  • Detects low-altitude micro-drones up to 2,000 meters in under 5 seconds.
  • Confirms drone authenticity via electro-optical linkage in 30 seconds with 2D motion tracking.
  • Multi-frequency signal transmission enhances resolution and interference resistance, tailored for “low, slow, and small” targets like drones and birds.

  • Features low power consumption: transmission power less than 30W, total system power under 300W, ensuring feasibility for long-term airport deployment.

  • Airport Security Integration:

  • Dual-system setup combines DBF Radar and 4D Imaging Radar, addressing runway, taxiway, and perimeter intrusion threats.

  • Provides 24/7 precision detection and tracking capabilities, creating an integrated platform of tracking, identification, warning, and control.

  • Bird Activity and Drone Interference Management:

  • Supports millimeter-level positioning and second-level classification alerts for rapid response.

  • Builds a bird activity analysis database through behavior profiling, enabling predictive warnings and comprehensive protection mechanisms.

  • Operational Insights:

  • Field feedback from aviation stakeholders emphasizes its utility for mitigating frequent bird-related disruptions during peak activity seasons.
  • Acknowledged for addressing the challenges of rogue drone detection and tracking through continuous-wave radar capabilities.

Outlook:

Hurys aims to expand its application of smart radar solutions in low-altitude security systems, contributing to full-spectrum airfield monitoring and enhancing global civil aviation safety.

source: [1]

company website: http://www.hurys.com/

Hurys Leads Intelligent Radar Innovation with Provincial Excellence Recognition

Hurys Leads Intelligent Radar Innovation with Provincial Excellence Recognition

Key Highlights:

– Recognition: Jiangsu Province Intelligent Radar Engineering Research Center, managed by Hurys, earned the “Provincial Excellent” rating in the 2024 performance evaluation by the Jiangsu Provincial Development and Reform Commission. Out of over 590 research centers, only 123 received this honor.

  • Focus Areas: Established in 2020, the center innovates in:
  • Small-sized intelligent radar product and technology development.
  • Breaking through core radar technologies critical for industry self-reliance.

  • Translating scientific achievements into practical applications.

  • Standards Contribution: The center influenced the creation of 2 national standards, 1 local standard, and 1 industry standard, solidifying its role in shaping radar industry norms.

  • Awards: Recognized across prestigious platforms:

  • Jiangsu Provincial Science & Technology Award (Second Prize).
  • China Highway Society Science & Technology Award (First Prize).

  • Technology Progress Awards from the China Transportation Association and China Intelligent Transportation Association (Second Prizes).

  • Future Outlook: Hurys and the center aim to lead advancements in:

  • Intelligent transportation, vehicle-road collaboration, smart highways, low-altitude safety, and railway & water transport radar systems.
  • Integrating production, research, academia, and application for sustained innovation.

This recognition fortifies the center’s past achievements and offers strong momentum for continued leadership in radar industry innovation.

source: [1]

company website: http://www.hurys.com/

INNOPRO TECHNOLOGY Showcases Elderly Care Applications of Millimeter-wave Radar at Shenzhen Event

INNOPRO TECHNOLOGY Showcases Millimeter-wave Radar Elderly Care Applications at Shenzhen Headquarters

Key Highlights:

– Technology and Products: INNOPRO TECHNOLOGY demonstrated its millimeter-wave radar-based non-contact vital sign monitoring device and fall detection system tailored for elderly care applications.

– Smart Spaces: The demonstration included multi-sensor collaborative designs for intelligent environments, leveraging radar data to optimize spatial awareness.

– Elderly Care Applications: Focused on integrating radar sensing for real-time health monitoring and fall detection in elderly care facilities.

Insights:

– Recognition: Leaders from the China Technological and Economic Society praised INNOPRO’s advancements in radar technology and urged expansion into broader market implementations for aging populations.

– Company Vision: INNOPRO emphasized a commitment to technology-driven solutions while planning deeper application integrations to enhance elderly care service efficiencies.

source: [1]

company website: https://innoprotech.cc/

Jingwei Hirain Unveils LRR615 Radar: Leveraging Arbe’s Chipset for High-Performance Autonomous Driving

Jingwei Hirain Unveils LRR615 Radar: Leveraging Arbe’s Chipset for High-Performance Autonomous Driving

Key Highlights:

  • New Radar Release: Jingwei Hirain launched the LRR615 long-range imaging radar system, based on Arbe’s high-performance chipset.
  • Innovative Feature: Equipped with high-density waveguide antennas, enhancing image clarity, detection sensitivity, and signal integrity.
  • Versatile Application: Functions effectively across diverse weather and lighting conditions with ultra-high resolution imaging.
  • Performance Metrics: Achieves 10x improvement in capability compared to existing systems, while ensuring cost-effectiveness and scalability.

Integration and Market Position:

  • Designed for Growth: Targeted at the L2+ and L3 autonomous driving markets, serving as both a camera sensor complement and potential LiDAR alternative.
  • Production Milestone: Fully integrated, calibrated, and validated; plans to scale production for annual delivery of tens of thousands of units.
  • Market Debut: Showcased at the Shanghai International Automobile Industry Exhibition, with live demonstrations of Arbe’s 4D imaging radar technology.

Insights:

Jingwei Hirain’s LRR615 radar represents a significant advancement in autonomous driving technology, addressing the growing needs for reliable, high-resolution sensing solutions in increasingly complex driving environments.

source: [1]

company website: https://www.hirain.com/

MWAVE TECHNOLOGIES Showcases Advancements in Millimeter-Wave Radar at the 15th China International Road Traffic Safety Expo

MWAVE TECHNOLOGIES Showcases Advancements in Millimeter-Wave Radar at the 15th China International Road Traffic Safety Expo

Key Highlights:

  • WTR-565 Radar: Introduced as an ultra-low-cost multi-target radar with detection range exceeding 120 meters, capable of simultaneous tracking of multiple vehicles. Features extended monitoring, precise bidirectional distance measurements, low power consumption, and customizable applications.

  • Road Traffic Speed Warning Radar WTR-510/511: Detects up to 200 meters and covers 1-4 lanes. Resistant to weather or lighting interference, while supporting solar-powered operation to lower expenses. Integrated into TurMass™ P2P network with remote monitoring capabilities allowing 2-3 km wireless data transfer.

  • Foggy Day Driving Induction Radar WTR-562-X/563: Designed for operation under adverse weather conditions with coverage for 1-5 lanes. Employs adaptive environmental algorithms to eliminate false alarms and simplifies installation without beam alignment concerns. Integrated TurMass™ LAN/WAN networks can transfer data for up to 10 km, aiding in real-time safety guidance during foggy situations.

Insights:

MWAVE TECHNOLOGIES has presented radar products merging millimeter-wave innovations with TurMass™ wireless communication systems, signaling a step forward in optimizing traffic safety technologies and management solutions.

source: [1]

company website: https://www.mwave-tech.com/

Minew Introduces WiFi-Enabled 60GHz mmWave Radar Sensor for Human Presence Detection and IoT Integration

Minew’s WiFi-Enabled 60GHz mmWave Radar Sensor: MSR01

Key Highlights:

– Dual Connectivity: Offers optional Bluetooth® & WiFi, facilitating flexible deployment.

– 60GHz mmWave Technology: Enables human presence detection, people counting, and real-time flow analytics with up to 99% accuracy.

– Cost-Efficient IoT Integration: WiFi-enabled version relays Bluetooth® data directly to the cloud, reducing gateway setup costs.

– Privacy-Safe Non-Contact Sensing: Ideal for environments requiring safe, sensitive monitoring.

Applications:

– Smart Environments: Applicable across smart offices, smart buildings, retail spaces, hotels, and security systems.

– Customized AI Features: Differentiates between children, adults, and pets, supports customizable detection areas, and adapts to diverse environments.

Specifications:

– Radar Frequency: 60GHz with 4T4R multi-antenna layout and 120° horizontal coverage.

– Operating Conditions: -10°C to 45°C temperature range, 0–95% humidity (non-condensing).

– Power Supply: DC 12V/1A with LAN updates for WiFi version.

This sensor enhances intelligent automation while maintaining privacy, addressing evolving IoT demands.

source: [1]

company website: https://www.minew.com/

RDA Tech Unveils SRR189LE: Cost-Effective Traffic Speed Radar with Bluetooth Integration

RDA Tech Launches SRR189LE: Affordable Radar Solution with Bluetooth Connectivity

Key Highlights:

  • Low-Cost Entry Point: The SRR189LE radar sensor is priced at ¥39.9/unit for orders of 1000+ units, offering a cost-effective alternative to traditional traffic speed detection systems.

  • High Performance: Utilizing FMCW technology, it achieves speed measurement accuracy of 1km/h and supports detection ranges of ≥100 meters for precise traffic sensing.

  • Bluetooth Integration: Features wireless connectivity with a linked WeChat Mini Program, enabling swift parameter adjustments for varied traffic scenarios.

  • Bidirectional Detection: Effectively detects approaching, departing, and bidirectional vehicles, making it suitable for environments with multi-lane coverage.

  • Environmentally Robust: Operates reliably under temperatures from -40°C to +85°C, while resisting interference from factors such as strong light, snow, rain, and fog.

  • Compact Design: Incorporates narrow-angle antennas with beamwidth of 48° × 18°, reducing lane interference and minimizing false detections.

  • Scalable Applications: Ideal for deployment in schools, intersections, tunnels, accident-prone zones, and industrial sites like parking garages and factory entrances.

The SRR189LE promises cost-efficient traffic management and enhanced flexibility, catering to both urban and specialized applications.

source: [1]

company website: https://rdatech.com.cn/

RDA Tech’s Innovations in Millimeter-Wave Radar Presented at Wuhan Traffic Safety Expo

RDA Tech’s Millimeter-Wave Radar Innovations at Wuhan Expo

Focus Points:

– Showcased Solutions: Full suite of millimeter-wave radar solutions for intelligent traffic systems including:

– Traffic Speed Monitoring: SRR189C, SRR189L, and SRR239 (24GHz radar sensors).

– Fog Light Guidance: SRR242 and SRR245 (24GHz vehicle detection sensors).

– Tunnel Lighting Adjustment: SRR236 and SRR237 (24GHz road lamp radar sensors).

– Smart Parking Systems: USRR231, USRR196, and USRR215 (24GHz geomagnetic and micro radar modules).

– Barrier Gate Anti-Collision: SRR203L (79GHz radar sensor).

  • Key Features:
  • High precision, reliability, and adaptability to diverse real-world traffic scenarios.

  • Capability to detect distance, position, and speed of moving and static objects.

  • Exhibition Insights:

  • Solutions emphasized cost-effective approaches (“性价比之王”) and ultra-long detection ranges.

  • Products designed for easy integration and enhanced safety features in heavy-use environments.

  • Technical Exchange: Industry elites engaged in in-depth discussions about radar technologies, trends, and business collaborations.

source: [1]

company website: https://rdatech.com.cn/

Dianmu Technology’s Innovative Radar Applications: Military-Civil Fusion and Commercial Success

Dianmu Technology: Radar Innovations in Military-Civil Fusion and Commercial Deployment

Key Highlights:

– Radar Localization: Dianmu has achieved localization of millimeter-wave radar, marking a significant milestone in domestic radar technology.

– Commercial Integrations:

– Collaborated with Midea Group to integrate millimeter-wave sensing technology into smart air conditioners.

– Partnered with a leading domestic electric vehicle manufacturer to deploy rearview millimeter-wave radar in low-speed electric bicycles, a global first.

– Technical Prowess: Demonstrates advanced radar signal processing algorithms, radar system expertise, and high-performance antenna design.

– Certifications & Accolades:

– Certified as a National High-tech Enterprise and recognized for specialized and innovative technologies.

– Secured awards in competitions like the Shenzhen Innovation contest and National Hard-Tech Finals.

– Funding: Supported by investments from Plum Ventures, Midea Capital, and Hangzhou Fuyang Industrial Fund.

Insights:

Dianmu Technology’s focus on dual-use radar applications exemplifies its strategic positioning in military-civil fusion markets, with commercial success driving impactful innovations.

source: [1]

company website: https://www.radareye.com.cn/

Shanghai Geometrical Perception and Learning Unveils Multi-Modal 4D Radar Driving Assistance with G-PAL 3.0 at Shanghai Auto Show 2025

G-PAL 3.0: Geometrical Partner Introduces Multi-Modal 4D Radar System at Shanghai Auto Show 2025

Key Highlights:

– Innovative System: The G-PAL 3.0 system integrates vision and 4D millimeter-wave imaging radar for driving and parking assistance. This multi-modal approach overcomes perception challenges in extreme conditions like night driving, rain, fog, and strong light.

– Enhanced Sensing: Leveraging radar’s superior speed and distance measurement alongside visual texture and color details, the system reliably performs in city-oriented scenarios, ensuring round-the-clock safety.

– Cost-Efficient Design: By optimizing software-hardware integration and architecture, G-PAL 3.0 achieves high-quality performance on mid-power platforms while supporting cost-effective deployments.

– Modular Delivery: The system offers flexible, menu-style delivery options, supported by HIL & SIL tools, enabling precise customization for automakers.

– Autonomy in Core Technologies: Geometrical Partner ensures 100% control of software and hardware components and compatibility with mainstream chips, including Horizon, Huawei, and NVIDIA.

Insights:

G-PAL 3.0 demonstrates a notable advancement in radar-based assistance systems through its multi-modal approach, providing automakers with scalable, reliable, and cost-effective solutions tailored to urban environments.

source: [1]

company website: https://www.geometricalpal.com/

Geometry Partners Advances AI-Powered Manufacturing and Smart Connected Vehicle Innovation in Pudong’s ‘Future Vehicles’ Ecosystem

Geometry Partners Drives AI Integration and Radar Advancements in Pudong’s ‘Future Vehicles’ Initiative

Key Highlights:

  • Radar Technology Focus: Geometry Partners has adopted a “Vision + 4D millimeter-wave imaging radar” approach for multi-modal heterogeneous perception. This is central to their auxiliary driving systems, blending visual and radar inputs for enhanced reliability and functionality.

  • Core Competencies: The company has developed six self-researched core capabilities, including:

  • Auxiliary driving system design.
  • Core algorithm development.
  • Development of 4D millimeter-wave imaging radar hardware.
  • Data platform construction.
  • Middleware innovation.

  • Comprehensive quality management.

  • Product Offerings: Their radar-enabled solutions include:

  • Active safety functions.
  • City and intercity auxiliary driving functionalities.

  • Conditional and limited autonomous driving capabilities.

  • Collaboration with Academia: Geometry Partners is working with universities such as Fudan and Shanghai Jiao Tong to create industry-university-research bases. These partnerships aim to:

  • Develop radar-specific training programs.

  • Bridge laboratory innovations (e.g., radar sensing) to scalable applications.

  • Pudong Ecosystem Integration: As part of the “Future Vehicles” ecosystem:

  • Geometry Partners contributes radar technologies to Pudong’s Intelligent Connected Vehicle Zones.

  • The region now boasts 29.3 km of open test roads for autonomous driving, with an additional 205 km recently enabled.

  • Cross-Supply Chain Collaboration: The firm collaborates across the automotive supply chain to address bottlenecks in radar-based intelligent systems while ensuring cost-effective, scalable production aligned with various vehicle tiers.

  • Industry Impact: By leveraging 4D radar imaging and self-developed systems, Geometry Partners positions itself as a key player in aligning AI-driven radar innovation with mass-market production for smart driving solutions.

source: [1]

company website: https://www.geometricalpal.com/

Time Vary Integrates Millimeter Wave Radar into Smart Elderly Care: Enhancing Safety and Privacy

Time Vary Integrates Millimeter Wave Radar into Smart Elderly Care: Enhancing Safety and Privacy

Key Highlights:

– Non-Contact Monitoring: Millimeter wave radar enables continuous monitoring of life signs (e.g., breathing, heart rate) without using a camera, bolstering privacy protection.

– Fall Detection: Through motion analysis, the radar can identify falls or unexpected accidents, enhancing safety in elderly care.

– Robust Performance: Operates reliably in complex environments, exceeding the capabilities of traditional monitoring technologies.

– Applications in Smart Elderly Care: Deployed in smart care facilities for real-time health monitoring and emergency alerts, positioning it as critical infrastructure for elderly safety.

Insights:

Millimeter wave radar’s integration into elderly care products showcases its role as a privacy-focused, high-precision technology that directly addresses the growing safety needs in aged populations.

source: [1]

company website: https://www.timevary.com/

TsingLan Technology’s Millimeter-Wave Radar-Powered AI Vital Signs Detection Device Secures National Recognition

TsingLan Technology’s AI Vital Signs Device Gains National Recognition

Key Highlights:

– National Catalog Approval: TsingLan Technology’s “AI Vital Signs Detection Device” has been included in the 2024 edition of the Smart Health and Elderly Care Products and Services Promotion Catalog under elderly care monitoring intelligent products, validated by national-level ministries.

  • Radar Integration: The device uses millimeter-wave radar technology for comprehensive indoor life and behavioral monitoring, supporting:
  • Real-time tracking of position and number of occupants.
  • Fall detection, breathing/heart rate monitoring, and bed exit/fall alerts.

  • Two-way voice communication and emergency notifications.

  • Smart Backend System: Features a connected care system for:

  • Real-time health tracking.

  • Remote OTA updates to optimize monitoring algorithms.

  • Market Reach: Widely used in home, community, and institutional elderly care settings, with both domestic partnerships (e.g., Ping An, Tencent) and international sales spanning multiple regions such as Europe, USA, Japan, and Australia.

  • Future Development: The upcoming Device 2.0 version will integrate deep AI language models to reduce radar detection errors, align with the company’s “Make it Safer” initiative, and further improve elderly care services.

source: [1]

company website: https://www.tsinglantech.com/

Deployment of TsingLan Technology’s Millimeter-Wave Radar-Based Elderly Care Solution in Ningxia Gains Media Attention

Deployment of Millimeter-Wave Radar for Elderly Care Attracts Media Attention in Ningxia

Key Highlights:

  • Intelligent Monitoring with Millimeter-Wave Radar:
  • Real-time tracking of movement patterns, posture changes, and location updates for elderly safety.
  • Anomalies like falls, inactivity, or prolonged immobility trigger alerts and notifications.

  • Respiratory and heart rate monitoring detects abnormalities and alerts caregivers immediately.

  • Data Fusion and Insights:

  • A multi-module visual dashboard aggregates health data, equipment alerts, and detailed sleep quality reports.

  • Integrated with a cloud-based elderly care platform for a seamless alert-confirmation-response cycle.

  • Customizable Smart Elderly Care Solutions:

  • AI-enhanced algorithms ensure precise and stable performance.

  • Flexible deployment options: Cloud integration or on-premises servers to enhance stability and reduce caregiving resource strain.

  • Practical Deployment in Ningxia:

  • Applied to the “Property + Elderly Care” model at a Ningxia-based elderly care project, creating a “15-minute elderly care service circle”.
  • Gained significant traction through local media coverage, spotlighting the role of millimeter-wave radar technology in elderly health innovations.

Insights:

This radar-enabled solution exemplifies the potential of millimeter-wave technology in addressing challenges posed by aging populations, offering scalable safety and health monitoring for community-based elderly care systems.

source: [1]

company website: https://www.tsinglantech.com/

TsingRay’s Millimeter-Wave Radar Enables Non-Contact Life Sign Monitoring for Healthcare and Elderly Care

TsingRay’s Millimeter-Wave Radar Powers Non-Contact Life Sign Monitoring for Healthcare Transformation

Key Highlights:

– Non-Contact Monitoring: TsingRay applies 20 years of research from Tsinghua University to create millimeter-wave radar systems capable of medical-grade life sign detection for heart rate and respiration monitoring, eliminating the need for physical contact.

– AI-Driven Analysis: Their radar technology integrates with AI platforms to analyze multi-dimensional health data, enabling disease risk assessment for sleep disorders, respiratory diseases, and cardiovascular conditions, with a noted 90% reduction in diagnosis costs for sleep breathing disorders and a 100-fold increase in adoption rates.

– Light-Asset Deployment Model: Hospitals can now adopt a device leasing + cloud platform solution, allowing cost-effective setup for digital health management—spanning monitoring, analysis, diagnosis, and recovery.

– Expanded Applications: Deployed in hospitals like Zhejiang Shengzhou Rehabilitation Hospital, TsingRay’s radar has shown capability in identifying elderly patient risk factors for sleep apnea, respiratory issues, and cardiovascular diseases, enabling timely interventions.

– Chronic Disease Focus: Systems are designed for continuous disease management, such as COPD and sleep apnea, covering diagnosis to post-treatment tracking, with results like a 60% increase in chronic respiratory patients treated at Luzhou Puhui Hospital’s elderly care center in Q1 2025.

– Policy Alignment: With NMPA certifications and eligibility for inclusion in China’s medical reimbursement lists, TsingRay’s systems are well-positioned amidst government efforts to integrate healthcare with elderly care. Plans to partner with 100 grassroots hospitals by 2025 underscore their focus on scaling smart healthcare ecosystems.

source: [1]

company website: https://www.qingleitech.com/

SONDIT Unveils High-Performance 94GHz Traffic Radar Series at Wuhan Expo

SONDIT Unveils High-Performance 94GHz Traffic Radar Series at Wuhan Expo

Key Highlights:

  • 94GHz Traffic Radar Technology:
  • Utilizes millimeter-wave phased array technology for high bandwidth and shorter wavelengths.

  • Enables complex traffic flow monitoring and precise identification of high-speed moving objects.

  • Product Variants and Applications:

  • TSR(V)-8EL: 400m range, designed for real-time signal control.
  • TSR(V)-8EV: 700m range, optimized for highway monitoring.

  • TSR(V)-8ES: 350m range, suitable for basic monitoring needs.

  • Solution Deployment:

  • Tested across multiple cities and highway networks to validate real-world effectiveness.

  • Features iterative AI algorithms tailored for urban and highway traffic scenarios.

  • City Traffic Signal System (Rtoon2.0):

  • Leverages advanced capabilities for real-time sensing, computation, and decision-making.

  • Results from deployment include 30% reduction in peak congestion durations and 20-50% reduction in vehicle delays.

  • Vehicle-Road-Cloud Integration:

  • Operates on exclusive frequency bands to prevent radar interference with autonomous vehicles.

  • Short wavelengths support dense beam formation for precise imaging in complex environments.

  • Highway Modernization:

  • Enabled continuous monitoring, proactive control, and infrastructure safety enhancements for challenging zones like tunnels or slopes.
  • Projects deployed nationwide, including Shanghai-Nanjing Highway with improved traffic efficiency and Guangdong Nansha Bridge aiding digital upgrades.

SONDIT’s 94GHz radar platform signifies a step forward in intelligent traffic systems, aligning with ongoing efforts toward digital transportation infrastructure and automated mobility safety enhancements.

source: [1]

company website: http://www.sondit.net/

Huawei ADS 4 Leverages Distributed Millimeter-Wave Radar for Enhanced Perception in Adverse Conditions

Huawei ADS 4 Leverages Distributed Millimeter-Wave Radar for Enhanced Perception in Adverse Conditions

Key Highlights:

  • Distributed Millimeter-Wave Radar Integration:
  • Enhanced Performance in Challenging Weather Conditions, including rain, fog, and dust storms.

  • Provides high-confidence object detection and ultra-high resolution sensing, ensuring safety during low-visibility scenarios.

  • Active Emergency Features:

  • Automatic braking enabled in adverse weather, offering reliable safety even when human drivers lack visual cues.

  • Scene Coverage Expansion:

  • Capabilities include sensing negative terrains (e.g., ditches), hanging obstacles (e.g., pipes), and irregular shapes (e.g., poles, stones).

  • Cloud-based simulation testing validates algorithms with over 6 billion kilometers of virtual driving data.

  • Safety System Upgrade (CAS 4.0):

  • Transitioning to five-dimensional safety goals: addressing speed, direction, object detection, weather adaptability, and situational awareness.

Insights:

Huawei ADS 4 showcases cutting-edge radar advancements tailored for autonomous and assisted driving, redefining perception and safety metrics in complex driving environments.

source: [1]

company website: https://www.huawei.com/

Quantium Technology (旷时科技) Expands Millimeter-Wave Radar Applications in Healthcare and Elderly Care

Quantium Technology Expands Millimeter-Wave Radar Applications in Healthcare and Elderly Care

Key Highlights:

  • Application Expansion: Quantium Technology leverages millimeter-wave radar combined with AI to deliver smart solutions in healthcare and elderly care, enhancing fall detection and vital signs monitoring systems.

  • Technical Integration: By integrating AI algorithms with radar signal processing, Quantium has built a robust dataset of fall detection data and vital sign readings, fostering an innovative approach in health monitoring.

  • Technological Edge: The company has established a patent moat with 85 authorized patents, consolidating its lead in AI + radar-based healthcare solutions.

  • Industry Contribution: Quantium provides end-to-end innovation across chips, algorithms, modules, and system platforms, addressing domestic technological gaps in radar-driven healthcare.

  • Event Participation: Quantium is set to showcase its solutions for healthcare and eldercare at the 2025 Xiamen AI Industry “Four-Chain Integration” Project Matching Conference on April 27, 2025, enabling industry collaboration and innovation acceleration.

source: [1]

company website: quanthium.com.cn

Quantium Technology’s Latest Millimeter-Wave Radar Innovations Showcased at the 8th Digital China Construction Summit

Quantium Technology’s Millimeter-Wave Radar Innovations Showcased

Key Highlights:

– Event Context: Quantium Technology participated in the 8th Digital China Construction Summit, held from April 28 to May 4, 2025, at the Fuzhou Strait International Conference and Exhibition Center, showcasing their latest millimeter-wave radar-based smart elderly care solutions at Booth 4C01.

– Radar Technology Application: Quantium’s “时在守护” smart elderly care system leverages millimeter-wave radar for real-time health monitoring, fall detection, vital signs analytics, and movement trajectory assessments, providing instant alerts and communication in emergency scenarios.

– Integrated Care Systems: The solution spans multiple contexts including home care, community care, and institutional care, enabling seamless management via data visualization platforms and all-device compatibility.

Technical Advantages:

– Health Management Platform: Automatically collects health data, builds individual health archives, and employs big data analytics to provide targeted recommendations.

– Humanized Interfaces: Supports interactive voice responses for efficient communication and immediate rescue actions.

– Visual Dashboards: Features centralized monitoring with dashboards displaying elderly location, movement data, vitals, and aggregated government oversight.

Market Position: Quantium’s millimeter-wave radar technology is integrated into a wide range of applications, including elderly care, health consumption, medical systems, and industrial use cases. The technology addresses technical gaps in China’s radar landscape while demonstrating capabilities across hardware, algorithms, and systems integration.

source: [1]

company website: quanthium.com.cn

Beijing Autoroad Technology’s 6T8R 4D Imaging Radar: Analyzing its Elevation Detection Capabilities for Safer Autonomous Driving

Beijing Autoroad Technology’s 6T8R 4D Imaging Radar: Elevation Detection for Safer Autonomous Driving

Key Highlights:

  • Hardware Specifications:
  • The 6T8R 4D Imaging Radar utilizes six transmitters and eight receivers in a sparse MIMO (Multiple Input, Multiple Output) antenna array. This configuration allows high-definition imaging for advanced driver-assistance systems (ADAS).

  • Launched for commercialization in 2024, it represents years of algorithmic refinement and system design.

  • Height Detection Capabilities:

  • The radar’s precise elevation detection feature addresses crucial challenges in commercial vehicle navigation, such as height-barrier detection (e.g., low overpasses) and tunnel contour mapping. These capabilities enhance road safety and operational reliability.

  • Applications:

  • Tailored for autonomous minibuses, autonomous buses, and L2/L2+ commercial vehicles, the radar suits diverse environments, offering a versatile solution for semi-autonomous driving stages.

  • Design Philosophy:

  • A strategic mix of cost-effective hardware and robust algorithms provides an optimized balance between function and affordability, positioning the radar as a practical solution in resource-constrained scenarios.

  • Industry Context:

  • The radar aligns with an industry shift focusing on integrating safety-first design principles into autonomous driving technologies, emphasizing application-driven innovation tailored to real-world challenges.

source: [1], [2]

company website: http://autoroad.cn/

NanoRadar Unveils Comprehensive Traffic Radar Solutions at CTSE 2025

NanoRadar Unveils Comprehensive Traffic Radar Solutions at CTSE 2025

Key Highlights:

– New 92GHz Radar Family: Introduced high-frequency traffic radars complying with China’s MIIT regulations (92-94GHz). The showcased TCM961 model offers a detection range of 250m and multi-lane analysis across up to 6 lanes.

– Diverse Radar Matrix: Exhibited 10+ radar models across 24GHz, 60GHz, 80GHz, and 92GHz frequencies, supporting detection capabilities up to 500m and 10 lanes.

– Target Applications:

– Speed Enforcement Radar: Achieves >99% accuracy with lane-level vehicle detection for monitoring speed violations.

– Highway Incident Detection: Covers up to 10 lanes, providing traffic metrics like vehicle gaps and average speeds while functioning reliably in adverse weather.

– Overspeed Warning Radar: 300m detection range, employing audiovisual alarms to mitigate risks.

– Flow Statistics Radar: Monitors real-time traffic metrics including flow, queue lengths, and congestion, enabling adaptive traffic management.

Technological Advantages:

1. Software-Defined Radar: Configurable modes for intersections, road segments, and highways optimize sensing between dynamic and static objects.

2. Radar-Camera Fusion: Synchronization via PTP time-stamping ensures precise data integration for enhanced situational awareness.

3. Realistic Scenario Simulation: Enables accurate modeling of real-world traffic patterns, such as lane shifts or U-turn detection.

Insights:

NanoRadar’s radar solutions integrate high-precision sensing and configurable technologies, which are poised to assist in transforming traffic management systems with scalability across varied urban and highway applications.

source: [1], [2]

company website: http://www.nanoradar.cn/

LimRadar Showcases Latest Millimeter-Wave Radar Applications at Aerospace Exhibition

LimRadar Demonstrates Advanced Millimeter-Wave Radar at Aerospace Exhibition

Key Highlights:

– Innovative Systems: LimRadar showcased its Dual Vision Fusion Event Detection System, which integrates millimeter-wave radar and AI technologies for precise traffic event monitoring. It delivers:

– 500m dynamic range, tracking up to 256 vehicle targets.

– Functional capabilities like lane-specific traffic flow statistics, queue length monitoring, abnormal parking detection, congestion alerts, and reverse-driving warnings.

  • Application Success: Demonstrated effective coverage using a single unit on a cross-sea bridge, emphasizing scalability and reliability in high-demand scenarios.

  • Radar Altimeter Breakthrough: Featuring multi-radar communication and adaptive filtering, designed for rocket landings in challenging environments (e.g., high-speed reentry and electromagnetic interference). This technology is pivotal for reducing costs in commercial aerospace.

Insights:

LimRadar’s contributions at the exhibition underline the versatility of millimeter-wave radar in both terrestrial and aerospace applications, offering scalable solutions for transportation and space exploration challenges.

source: [1], [2]

company website: https://www.limradar.com/

APAC Mid-downstream radar companies

Bitsensing’s AI-Powered Radar: Revolutionizing Traffic Management to Combat Congestion and Enhance Urban Mobility

Bitsensing’s AI-Powered Radar Enhances Traffic Management

Key Highlights:

– AI-Driven Radar Innovation: Offers real-time traffic pattern analysis, predictive congestion modeling, and automated incident detection for urban environments.

– All-Weather Capability: Unlike traditional systems like cameras or inductive loops, AI radar can perform reliably in rain, fog, and snow, ensuring accuracy across multiple lanes.

– Integrated Analytics: AI radar consolidates fragmented data sources, enabling city-wide traffic management and optimized infrastructure utilization.

– Impact on Public Health: Addresses traffic-related air pollution (linked to 4.2 million premature deaths annually) and commute stress (associated with a 20% rise in cortisol levels).

Insights:

Bitsensing’s AI-powered radar system is filling critical gaps left by legacy solutions, offering predictive traffic insights and robust performance in challenging weather conditions, while improving urban mobility and public health outcomes.

source: [1]

company website: https://bitsensing.com/

JP Mid-downstream radar companies

Denso Introduces Next-Generation Radar Technology with 290-Meter Detection Range at Auto Shanghai 2025

Denso Introduces Next-Generation Radar Technology

Key Highlights:

– 290-Meter Detection Range: Denso’s latest millimeter-wave radar achieves an extended detection range of approximately 290 meters with an enhanced ±63-degree field of view.

– Reflection Wave Suppression: This technology improves adaptability across various vehicle models and reduces interference, enhancing radar performance.

– L2++ ADAS Development: Collaborating with local partners, Denso integrates sensors with locally developed SoC platforms to create cost-effective and high-performance systems, reducing reliance on lidar.

– Prototype Vehicles: Proof-of-Concept vehicles showcased with advanced components, including long-range radar systems and high-resolution panoramic cameras, designed to handle diverse driving applications.

– SPC3 Imaging Sensor: Features include 8 million pixels, a 128° wide-angle view, and 5TOPs processing power, fulfilling China NCAP five-star safety requirements while improving driver confidence.

Insights:

Denso’s radar-focused advancements, demonstrated at Auto Shanghai 2025, underscore its commitment to safer driving technologies and its alignment with the demands of Chinese and global automotive markets.

source: [1]

company website: https://www.denso.com/

Denso Showcases LV2++ Driver Assistance Systems Optimized for China’s Road Scenarios

Denso Showcases Driver Assistance Systems Optimized for China

Key Highlights:

  • LV2++ Driver Assistance Systems: Developed in collaboration with Horizon Robotics, these systems enhance crucial functionalities like acceleration, steering, and braking, tailored specifically for China’s road environments.

  • Sensor Integration: Combines millimeter-wave radar, image sensors, and in-vehicle communication modules to improve vehicle adaptability and scalability for future use.

  • Electronic and Electrical Architecture: Integrates vehicle control systems and optimizes soft/hardware interaction for boosted stability and system reliability.

  • Strategic Collaboration: Denso leverages its China-based R&D facilities and partnerships to deliver localized solutions, focusing on trustworthy driving experiences.

  • Zero Traffic Accident Vision: Technologies align with the goal of eliminating traffic accidents, emphasizing proactive safety measures through advanced radar-supported systems.

source: [1]

company website: https://www.denso.com/

US Mid-downstream radar companies

EMEA Mid-downstream radar companies

Continental’s 6th Gen Millimeter-Wave Radar Powers Astra and Luna Solutions at 2025 Shanghai Auto Show

Continental’s 6th Gen Millimeter-Wave Radar Powers Astra and Luna Solutions at 2025 Shanghai Auto Show

Key Highlights:

– Advanced Radar Integration: Continental’s 6th Gen millimeter-wave radar forms the core sensor technology for both Astra and Luna driving solutions, enabling enhanced environmental perception and human-like driving control.

– Astra (繁星):

– Urban Focus: Tailored for urban intelligent mobility, covering 95% of frequent driving scenarios without relying on high-definition maps.

– Sensor Configuration: Base setup of 11 cameras and 1 radar (11V1R), expandable to configurations like 11V5R and Lidar integration.

– Capabilities: Supports Navigate on Autopilot (NOA) for urban and highway driving, memory parking (HPA), and intelligent parking (APA). Handles complex intersections, narrow road avoidance, and autonomous ramp driving.

– Luna (皓月):

– Entry-Level Modules: Includes high-performance front vision modules and integrated domain controllers designed for proactive safety and assisted driving.

– Flexible Configurations: Adaptable setups ranging from 1 camera and 1 radar (1V1R) to higher radar counts.

– Computing Upgrade: Moves from Journey®3 to Journey®6B, offering better performance and expanded algorithm support.

– Unified Architecture: Astra and Luna share a scalable software framework and algorithm design that supports seamless upgrades in functionality and hardware.

Insights:

Continental’s strategic focus on millimeter-wave radar and unified architecture demonstrates scalable applications suited for vehicles ranging from premium to economy models, enhancing assisted driving capabilities across diverse scenarios.

source: [1]

company website: https://www.continental.com/

Gapwaves Partners with Desay SV to Advance Next-Generation mmWave Radar Technology

Gapwaves Partners with Desay SV for Next-Generation mmWave Radar Development

Key Highlights:

– Development Agreement: Gapwaves has entered into a collaboration with Desay SV, a Chinese Automotive Tier 1 supplier, to develop advanced mmWave radars using Gapwaves’ patented waveguide and antenna technology.

– Performance Focus: Development targets include 20% increased detection range, 3-5 dB improvement in signal-to-noise ratio (SNR), and support for up to 4 GHz bandwidth for new-generation corner radar systems.

– Financial Scope: Initial project phase is valued at approximately 800 KSEK during Q2 and Q3 2025.

Technology Benefits:

– Improved radar safety features aim to support intelligent driving and enhance ADAS capabilities across global automotive markets.

– Potential for broader application in various radar solutions utilizing Desay SV’s established technical algorithms and systems expertise.

Global Impact:

Gapwaves and Desay SV’s collaboration signifies an important step in addressing increasing demand for high-performance radar solutions, while enabling smarter and safer vehicle technologies for OEM transitions worldwide.

source: [1]

company website: http://www.gapwaves.com

Gapwaves Showcases High-Performance Waveguide Radar Antennas for Autonomous Driving at Auto Shanghai 2025

Gapwaves Showcases High-Performance Waveguide Radar Antennas at Auto Shanghai 2025

Key Highlights:

  • Event Presence: Gapwaves is actively engaging at Auto Shanghai 2025, connecting with industry partners, customers, and exploring new collaborations.
  • Focus Area: Emphasis is on autonomous driving, with radar sensors being central to high-resolution requirements.
  • Critical Role: High-resolution radar antennas are essential for creating sensor suites that enable highly automated and fully automated driving capabilities.
  • Technological Edge: Gapwaves leverages proprietary waveguide technology to design, develop, and supply radar antennas meeting demanding performance standards.
  • Applications: These waveguide antennas are indispensable for automotive radars and advancing urban mobility solutions.
  • On-Site Expertise: Attendees at the event are encouraged to meet with Gapwaves CEO Jonas Ehinger to gain deeper insights into the company’s radar innovations.

source: [1]

company website: http://www.gapwaves.com

Novelic Showcases 180° Field-of-View 79 GHz Radar Sensors for Commercial Vehicles at ACT Expo 2025

Novelic Showcases 180° Field-of-View 79 GHz Radar Sensors for Commercial Vehicles at ACT Expo 2025

Key Highlights:

– Technology Innovation: Novelic is unveiling 79 GHz radar sensors with a 180° field-of-view, designed for applications in commercial vehicles.

– Event Details: The showcase will occur at ACT Expo 2025, recognized as the largest advanced commercial vehicle technology event, held in Orange County, California.

– Booth Presence: Novelic’s representatives, including Tony Pivo and Dr. Veselin Brankovic, will be stationed at booth #6570.

– Industry Focus: The radar sensors address transportation sector challenges, emphasizing mmWave radar’s role in vehicle sensing technology.

Insights:

This platform offers attendees an opportunity to engage with Novelic’s notable industry experts and explore practical implementations of mmWave radar advancements tailored for commercial vehicle systems.

source: [1]

company website: https://www.novelic.com/

Provizio’s 5D Perception®: Revolutionizing Autonomous Driving with All-Weather Radar and Scalable L3+ Solutions

Provizio’s 5D Perception®: Scalable Autonomous Driving with AI-Enhanced Radar

Key Highlights:

  • Advanced Radar Technology: Provizio’s 5D Perception® integrates AI-driven radar and real-time environmental awareness, enabling all-weather reliability in conditions like rain, fog, and snow.

  • Cost-Effective L3+ Solution: Utilizes MIMSO® and SPTDMA® technology for high performance with minimal compute, power, and cost demands. Bridges the gap between traditional radar resolution and scalability.

  • Redundancy and Safety: Features triple redundancy, where independent sensors each produce full world models, ensuring reliability even if one model fails.

  • Lightweight SLAM and Embedded AI: Radar-based SLAM (Simultaneous Localization and Mapping) offers precise mapping even in GPS-denied environments, while AI and 3D point cloud tech allow for advanced object tracking and hazard detection.

  • 1km Safety Cocoon: Active radar sensors deliver a comprehensive safety perimeter, improving early hazard detection for safer road outcomes.

  • OTA Updates: Software-defined sensors enable over-the-air updates, reducing validation timelines and allowing faster iterations.

Insights:

Provizio’s design offers a compelling alternative to LiDAR, with scalable, cost-efficient, and robust radar solutions tailored for L3+ autonomous driving, emphasizing safety and environmental reliability.

source: [1]

company website: https://www.provizio.ai

dSPACE Introduces Over-the-Air Testing for Enhanced Radar Sensor Validation

dSPACE Introduces Over-the-Air Testing for Enhanced Radar Sensor Validation

Key Highlights:

– Innovative Radar Validation: dSPACE’s Over-the-Air (OTA) solution facilitates testing of radar components and entire vehicles under controlled conditions, bypassing the limitations of traditional EMC test chambers.

– Sensor Stimulus Realism: OTA testing stimulates radar sensors using physical input variables, such as radar waves, ensuring accurate validation of hardware and software layers, from antennas and RF units to radar ECU processing stages.

– Scalability and Integration: Solutions are scalable for multiple sensor types, support real-time testing, and integrate seamlessly into existing test setups.

– Dynamic Radar Testing: Includes features like mechatronic radar test benches for continuous angle simulation of radar sensors under operational scenarios.

Insights:

dSPACE’s OTA approach simplifies radar validation processes, offering comprehensive testing of individual sensors and full vehicle setups while maintaining real-world simulation fidelity.

source: [1]

company website: https://www.dspace.com/

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